//* An encoder is a device that converts information from one format to another, usually transforming physical motion or position into a digital signal. Encoders are used in a wide range of applications, including industrial machinery, consumer electronics, and surgical robots,
//* WE USE [AND GATE , OR GATE , NOT GATE ] TO PERFORM THE PRIORITY
ENCODER,
//* WHEN WE CAN SOLVE THE EQUATION USING K-MAP REDUCTION TECH
THEN FINAL EXPRATION WE CAN GATE - [Y0 = I3 + I2' . I1] & [Y1 = I2 + I3] IN FOLLOWING TRUTH TABLE,
//* A priority encoder is a circuit or algorithm that compresses multiple binary inputs into a smaller number of outputs. It's a type of encoder that gives priority to the input with the highest priority, even if multiple inputs are active at the same time.
Here are some things to know about priority encoders:
//* How it works:-
A priority encoder receives multiple inputs, and then produces an output that corresponds to the highest-priority input. For example, if both input line 0 and input line 2 are asserted in a 4:2 encoder, the output will be binary code 10, indicating that input line 2 is the highest priority input.
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